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A. Kryszczynska Et Al.: Do Slivan States Exist in Other Asteroid

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A. Kryszczynska Et Al.: Do Slivan States Exist in Other Asteroid A. Kryszczyn´ska et al.: Do Slivan States exist in other asteroid families? I. Table 2. Physical data of the Flora family asteroids. Objects observed within this survey are marked with boldface, A indicates data from AcuA, diameters if not given by AcuA are calculated from MPC absolute magnitude H and albedo, taxonomic types from (Neese 2010) are indicated with 1, types from SDSS-based Asteroid Taxonomy (Hasselman et al. 2011) are marked with 2, and Alvarez-Candal et al. (2006) marked with 3. Asteroid D[km] H[mag] A[mag] pv P[h] f[1/d] type HCM WAM HCM 2010 8 Flora 138.31A 6.49A 0.11 0.235A 12.865 1.8655 S, Sw 1 + + + 9 Metis 166.48A 6.28A 0.36 0.213A 5.079 4.7253 S 1 + 43 Ariadne 58.75A 7.93A 0.66 0.347A 5.762 4.1652 S, Sk, Sq 1 + + + 244 Sita 11.60A 12.20A 0.82 0.176A 129.51 0.1853 Sa, Sw 1 + 281 Lucretia 12.27A 12.02A 0.30 0.185A 4.349 5.5183 SU 1 + + 291 Alice 13.19A 11.45A 0.50 0.270A 4.316 5.5607 S 1 + + 298 Baptistina 20.53A 11.00A 0.15 0.170A 16.23 1.4787 X, Xc 1 + + + 315 Constantia 6.089 13.20 0.57 0.25 5.345 4.4902 – + + 352 Gisela 26.76A 10.01A 0.66 0.249A 7.4796 3.2087 S,Sl, S0, Sw 1 + + + 364 Isara 28.78A 9.86A 0.65 0.244A 9.1570 2.6209 S, S0 1 + + 367 Amicitia 16.78A 10.70A 0.70 0.343A 5.055 4.7478 S 3 + 376 Geometria 34.80A 9.49A 0.19 0.235A 7.734 3.1032 S 1,2 + 428 Monachia 21.79A 11.50A 0.25 0.097A 3.6342 6.6039 X 3 + + 453 Tea 24.07A 10.60A 0.12 0.176A 6.811 3.5237 S 1 + + 540 Rosamunde 19.12A 10.76A 0.60 0.265A 9.349 2.5671 S 1 + + + 553 Kundry 9.93A 12.20A 0.52 0.237A 12.381 1.9200 S 1 + + + 685 Hermia 11.46A 11.80A 0.90 0.280A 50.40 0.4768 S 1 + + + 700 Auravictrix 15.19A 11.20A 0.44 0.263A 6.075 3.9506 S 1,3 + + + 711 Marmulla 11.90A 11.90A 0.04 0.224A 2.88 8.3333 A 3 + + + 728 Leonisis 7.32 12.80 0.20 0.25 5.5783 4.3024 A,S 1,2 + + + 736 Harvard 17.92A 11.64A 0.32 0.122A 6.7 3.5821 S 1 + 770 Bali 16.07A 10.93A 0.65 0.304A 5.8199 4.1238 S 1 + 800 Kressmannia 14.23A 11.61A 0.34 0.202A 4.4610 5.3794 S 1 + + + 802 Epyaxa 8.027 12.60 0.70 0.25 4.389 5.4645 – + + 810 Atossa 8.405 12.50 0.55 0.25 4.385 5.4732 A 3 + 825 Tanina 13.06A 11.50A 0.50 0.278A 6.9398 3.4583 SR,S 1 + + 827 Wolfiana 15.04 13.20 0.19 0.041 4.0 6.0000 D 3 + + 836 Jole 5.06 13.6 0.37 0.25 9.615 2.4961 S 2 + 841 Arabella 8.027 12.60 0.25 0.25 3.352 7.1599 – + + + 851 Zeissia 12.81A 11.62A 0.38 0.248A 9.34 2.5696 S 1 + + 864 Aase 5.76A 12.87A 0.20 0.378A 3.2325 7.4246 S 1 + + 883 Matterania 8.027 12.60 0.42 0.25 5.64 4.2553 S 1 + + + 901 Brunsia 11.61A 11.35A 0.27 0.480A 3.136 7.6523 S 1 + 905 Universitas 11.84A 11.59A 0.28 0.30A 14.238 1.6856 S 1 + + + 913 Otila 11.32A 11.90A 0.10 0.245A 4.8719 4.9262 Sa, Sw 1 + + + 915 Cosette 12.31A 11.70A 0.52 0.247A 4.4701 5.3690 S 1,3 + + + 929 Algunde 10.70A 12.10A 0.14 0.242A 3.310 7.2503 S, Sl 1 + + + 935 Clivia 7.18A 12.90A 0.13 0.247A 3.6222 6.6258 – + + 937 Bethgea 12.69A 11.83A 0.20 0.203A 7.539 3.1834 S 1 + + 951 Gaspra 15.68A 11.46A 1.00 0.189A 7.0420 3.4081 S 1 + + + 956 Elisa 8.00 12.1 0.36 0.4 16.50 1.4545 V 1 + 960 Birgit 6.991 12.90 0.27 0.25 8.85 2.7119 A 3 + 963 Iduberga 10.38A 12.49A 0.34 0.165A 3.0341 7.9101 S 1 + + 967 Helionape 13.55A 12.10A 0.13 0.142A 3.232 7.4257 – + + + 1016 Anitra 11.08 11.90 0.28 0.25 5.9288 4.0480 S 1 + + + 1055 Tynka 8.95A 12.00A 0.09 0.35A 11.893 2.0180 S 1 + + 1056 Azalea 13.07A 11.70A 0.72 0.223A 15.03 1.5968 S 1 + + + 1060 Magnolia 7.665 12.70 0.25 0.25 2.9108 8.2452 S 1,2 + + + 1088 Mitaka 13.35A 11.39A 0.62 0.276A 3.0353 7.9070 S 1 + + 1117 Reginita 12.149 11.70 0.30 0.25 2.9464 8.1455 S 1,2 + 1120 Cannonia 9.920A 12.80A 0.16 0.137A 3.8160 6.2893 – + 1130 Skuld 10.24A 12.10A 0.53 0.244A 4.8079 4.9918 S,Sl 1 + + 1133 Lugduna 10.47A 12.22A 0.45 0.208A 5.478 4.3812 S 1 + + 1185 Nikko 12.56A 12.09A 0.50 0.164A 3.79 6.3324 S 1 + + + 1188 Gothlandia 12.11A 11.70A 0.70 0.252A 3.4917 6.8734 S 1 + + + 1219 Britta 11.76A 11.94A 0.73 0.223A 5.5750 4.3049 S 1 + + 1225 Ariane 9.10A 12.10A 0.36 0.308A 5.5068 4.3582 – + + 1249 Rutherfordia 15.77A 11.54A 0.65 0.1720A 18.220 1.3172 S 1 + + + 1270 Datura 7.83A 12.50A 0.61 0.291A 3.359 7.1450 S 3 + + + 1314 Paula 6.7A 12.68A 0.83 0.377A 5.9498 4.0337 S 1 + + + 13 A. Kryszczyn´ska et al.: Do Slivan States exist in other asteroid families? I. Table 2. Continiued Asteroid D[km] H[mag] A[mag] pv P[h] f[1/d] type HCM WAM HCM 2010 1324 Knysna 7.32 12.80 0.08 0.25 2.5538 9.3978 Sq 1 + + 1344 Caubeta 7.32 12.80 0.21 0.25 3.1220 7.6874 S 2 + + 1376 Michelle 8.405 12.50 0.20 0.25 5.9769 4.0155 – + + 1396 Outenniqua 11.00A 12.00A 0.42 0.237A 3.0810 7.7897 S, Sl 1 + 1449 Virtanen 10.581 12.00 0.69 0.25 30.495 0.7870 S, Sl 1 + + + 1472 Muonio 9.216 12.30 0.48 0.25 8.7060 2.7567 – + + 1496 Turku 8.801 12.40 0.51 0.25 6.47 3.7094 – + + 1514 Ricouxa 8.027 12.60 0.62 0.25 10.438 2.2993 – + + 1518 Rovaniemi 8.801 12.40 0.25 0.25 5.2490 4.572 S 1 + + + 1523 Pieksamaki 19.30 12.30 0.46 0.057 5.3202 4.5111 C 3 + + + 1527 Malmquista 9.65 12.20 0.54 0.25 14.077 1.7049 S 2 + + 1562 Gondolatsch 11.12A 11.80A 0.42 0.283A 8.74 2.7460 S 1 + + + 1590 Tsiolkovskaja 12.81A 11.70A 0.30 0.232A 6.7299 3.5662 – + + + 1601 Patry 10.93A 12.32A 0.72 0.178A 5.92 4.0541 Sl 1 + + + 1602 Indiana 8.410A 12.49A 0.17 0.259A 2.6010 9.2272 S 1 + + 1619 Ueta 10.105 12.10 0.35 0.25 2.7180 8.8300 S 1,2 + + 1622 Chacornac 10.27A 12.2A 0.25 0.224A 12.206 1.9662 S 1 + + + 1631 Kopff 9.580A 12.20A 0.41 0.259A 6.6830 3.5912 – + + 1666 Van Gent 8.405 12.50 0.30 0.25 4.1660 5.7609 – + + 1667 Pels 10.62A 12.10A 0.25 0.232A 3.2681 7.3437 Sa,Sw 1 + 1675 Simonida 12.16A 11.90A 0.58 0.211A 5.2885 4.5381 – + + + 1682 Karel 4.80A 12.90A 0.47 0.531A 3.3750 7.1111 – + + + 1738 Oosterhoff 7.62A 12.30A 0.54 0.370A 4.4470 5.3969 S 1 + + 1785 Wurm 6.089 13.20 0.29 0.25 3.2693 7.3410 S 1 + + + 1790 Volkov 8.670A 12.50A 0.09 0.241A 10.742 2.2342 – + + + 1793 Zoya 8.027 12.60 0.72 0.25 5.74 4.1812 S, SL 1 + 1806 Derice 10.14A 12.00A 0.19 0.282A 3.2240 7.4442 S, SL 1 + + + 1807 Slovakia 8.801 12.40 1.00 0.25 308.0 0.0779 S, Sqw 1 + 1829 Dawson 9.67A 12.50A 0.28 0.189A 4.254 5.6417 S 2 + + 1855 Korolev 8.405 12.50 0.75 0.25 4.6500 5.1613 – + + + 2017 Wesson 8.027 12.60 0.61 0.25 3.4158 7.0262 S,X 1,3 + + + 2036 Sheragul 7.0A 12.70A 0.71 0.30A 5.45 4.4037 A 2 + 2080 Jihlava 7.32 12.80 0.15 0.25 2.7088 8.8600 – + 2093 Genichesk 12.29 13.28 0.24 0.057 11.028 2.1763 C 1 + + + 2094 Magnitka 9.910A 12.00A 0.86 0.285A 6.1100 3.9280 – + + + 2156 Kate 8.801 12.40 0.91 0.25 5.6230 4.2682 A 1,2 + 2283 Bunke 16.05 12.70 0.07 0.057 4.3 5.5814 C 2 + 2445 Blazhko 10.581 12.00 0.57 0.25 3.6200 6.6298 S 2 + + + 2460 Mitlincoln 9.216 12.30 0.20 0.25 2.8277 8.4875 L 2 + 2510 Shandong 7.09A 12.60A 0.44 0.345A 3.4963 6.8644 S 1 + + 2647 Sova 8.405 12.50 0.35 0.25 9.3660 2.5625 – + + + 2709 Sagan 6.676 13.00 0.36 0.25 5.2580 4.5645 S 1 + 2768 Gorky 10.105 12.10 0.51 0.25 4.5070 5.3250 A 3 + + + 2839 Annette 7.665 12.70 0.92 0.25 10.457 2.2951 – + 2841 Puijo 7.665 12.70 0.03 0.25 3.5450 6.7701 S, Sk 1 + + + 2853 Harvill 7.32 12.8 0.65 0.25 6.30 3.8095 – + 2961 Katsurahama 6.676 13.0 0.28 0.25 2.937 8.1716 S 1 + + + 3105 Stumpff 7.430A 13.10A 0.35 0.185A 5.0369 4.7648 S, Sl 1 + + 3144 Brosche 4.619 13.80 0.60 0.25 3.30 7.2727 – + + 3165 Mikawa 8.027 12.60 0.25 0.25 5.100 4.7244 S 2 + + + 3410 Vereshchagin 5.303 13.50 0.10 0.25 2.5780 9.3095 S 2 + + + 3411 Debetencourt 5.815 13.30 0.43 0.25 9.9300 2.4169 – + + 3455 Kristensen 7.665 12.70 0.38 0.25 8.1110 2.9589 – + 3533 Toyota 9.90 12.70 0.18 0.15 2.9810 8.0510 Xk, X 1,2 + + + 3573 Holmberg 7.320 12.80 1.03 0.25 6.5431 3.6680 S, Sr 1,2 + + 3722 Urata 8.027 12.60 0.58 0.25 5.5670 4.3111 – + + 3763 Qianxuesen 8.260A 12.50A 0.31 0.259A 3.8840 6.1792 L 2 + + 3825 Nurnberg 7.665 12.70 0.71 0.25 4.0300 5.9553 – + + + 3850 Peltier 4.19 13.50 0.10 0.40 2.4289 9.8810 V 1 + 3953 Perth 5.064 13.60 0.92 0.25 5.083 4.7216 – + 3956 Caspar 7.32 12.80 0.13 0.25 2.7707 8.6621 – + + 3986 Rozhkovskij 7.665 12.70 0.35 0.25 3.5493 6.7619 – + + 4080 Galinskij 5.815 13.30 1.01 0.25 7.3500 3.2653 – + + + 4150 Starr 7.665 12.70 0.21 0.25 4.5179 5.3122 S 2,3 + 14.
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